summary of srf wg lcws14
play

Summary of SRF WG, LCWS14 H. Hayano, A. Yamamoto SRF (15 talks) - PowerPoint PPT Presentation

Summary of SRF WG, LCWS14 H. Hayano, A. Yamamoto SRF (15 talks) Cavity XFEL Vertical Test Results and extrapolation to ILC, N. Walker(DESY) SRF R&D on Q0 and gradient at DESY, A. Navitski(DESY) Update on High Efficiency High Gradient SRF


  1. Summary of SRF WG, LCWS14 H. Hayano, A. Yamamoto

  2. SRF (15 talks) Cavity XFEL Vertical Test Results and extrapolation to ILC, N. Walker(DESY) SRF R&D on Q0 and gradient at DESY, A. Navitski(DESY) Update on High Efficiency High Gradient SRF Cavities, R. Geng(Jlab) Status of Cornell SRF R&D, F. Furuta(Cornell) Fabrication of TESLA(Euro-XFEL)-shape cavity at KEK, T. Saeki(KEK) CEA Expertise with Vertical Electroploishing(VEP), F. Eozenou(Saclay) VEP status at Marui Galvanizing Co. Ltd/KEK, T. Saeki(KEK) Cryomodule LCLS-II Cryomodule Design, T. Peterson(FNAL) CM-2 Status, E. Harms(FNAL) IHEP ILC Test Cryomodule Status, J. Zhai(IHEP) STF Cryomodule Status, H. Nakai(KEK) HL-RF US-ILC Waveguide Industrialization Study, C. Adolphsen(SLAC) LCLS-II RF Design, C. Adolphsen(SLAC) Infrastructure Infrastruc. Updates for LCLS-II Cryomodule Construction, E. Daly(Jlab) New SRF Facility at KEK, H. Hayano(KEK)

  3. Slide pick-ups for the most concerned

  4. XFEL cavities XFEL Vertical Test Results and extrapolation to ILC, N. Walker(DESY)

  5. XFEL cavities XFEL Vertical Test Results and extrapolation to ILC, N. Walker(DESY)

  6. XFEL cavities XFEL Vertical Test Results and extrapolation to ILC, N. Walker(DESY)

  7. XFEL cavities XFEL Vertical Test Results and extrapolation to ILC, N. Walker(DESY)

  8. ILC-Higrade cavities

  9. ILC-Higrade cavities

  10. ILC Cryomodule CM-2 status, E. Harms(FNAL)

  11. ILC Cryomodule CM-2 status, E. Harms(FNAL)

  12. ILC Cavity Fabrication of TESLA(Euro-XFEL)-shape cavity at KEK, T. Saeki(KEK)

  13. ILC Cryomodule STF Cryomodule Status, H. Nakai(KEK)

  14. ILC Test Cryomodule IHEP ILC Test Cryomodule Status, J. Zhai(IHEP)

  15. ILC Infra-structure New SRF Facility at KEK, H. Hayano(KEK)

  16. ILC WG cost study US-ILC Waveguide Industrialization Study, C. Adolphsen(SLAC)

  17. Slide pick-ups from world-wide R&D

  18. High efficiency, High gradient study at JLAB Update on High Efficiency High Gradient SRF Cavities, R. Geng(Jlab)

  19. High Q study, ERL cryomodule at Cornell Status of Cornell SRF R&D, F. Furuta(Cornell)

  20. Vertical EP study at Saclay, KEK CEA Expertise with Vertical Electroploishing(VEP), F. Eozenou(Saclay) VEP status at Marui Galvanizing Co. Ltd/KEK, T. Saeki(KEK)

  21. LCLS-II Cryomodule, facilities at FNAL, Jlab LCLS-II Cryomodule Design, T. Peterson(FNAL) Infrastruc. Updates for LCLS-II Cryomodule Construction, E. Daly(Jlab)

  22. LCLS-II power source, coupler consideration LCLS-II RF Design, C. Adolphsen(SLAC)

  23. Green-ILC (8 talks) Joint session Energy consumption and savings potential of CLIC, P. Lebrun(CERN) with A Green CEPC using the power of nuclear waste, Z. Liu(IHEP) HF2014(Beijing) Greening for Bosons, T. Parker(ESS) HEP future: to be green or not to be, D. Perret-Gallix(IN2P3) Current status of Green-ILC Activities in Japan, T. Saeki(KEK) In LCWS R&D of the CPD klystron at KEK, K. Watanabe(KEK) Application of Permanent magnet focusing to MBK, Y. Iwashita(Kyoto) Energy management example in a building complex, T. Saeki(KEK) Sorry, no time to summarize Green ILC, within 15min,

  24. END

Recommend


More recommend